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Specific Properties of Air Flow Field Within the Grinding Zone

机译:研磨区内空气流场的特殊性质

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Air barrier of grinding means a boundary layer of air existing at the circumference of the rotating wheel, which hinders coolant from entry, This paper makes a research on air flow field of the grinding zone through experiments and numerical simulations , focusing on acquainting with the specific properties of the air flow field. Finite volume method is applied to analyze air flow field within grinding wheel in the course of numerical calculations. The test devices such as Hot-wire anemometer and Betz manometer are used during the experiments of testing the pressure and velocity within grinding zone. Results of experiments a-gree by and large with numerical results of calculations . The conclusions obtained in this paper , the distribution of wall pressure and the distribution of air flow velocity, are important and useful to navigate the delivery of coolant into the grinding zone. In conclusion , some recommendations are made for further study and practical applications in such field.
机译:磨削的空气屏障是指在旋转轮圆周上存在的空气边界层,阻碍了冷却液的进入。本文通过实验和数值模拟对磨削区的空气流场进行了研究,着重于了解具体情况。气流场的特性。在数值计算过程中,采用有限体积法分析砂轮内部的气流场。在测试研磨区内的压力和速度的实验过程中,使用了诸如热线风速计和Betz压力计之类的测试设备。实验结果大体上与计算的数值结果一致。本文得出的结论,即壁面压力的分布和气流速度的分布,对于引导冷却剂进入磨削区是很重要和有用的。总之,针对该领域的进一步研究和实际应用提出了一些建议。

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